GE HealthCare - ApexPro FH
by GE HealthCare


The ApexPro FH Wireless Telemetry System leverages a bi-directional networking infrastructure operating on the Wireless Medical Telemetry Service (WMTS) to ensure dependable communication of vital patient data. Its access point–based Frequency-Hopping Spread Spectrum (FHSS) technology provides the capacity, scalability, and flexibility needed to meet the demands of modern telemetry monitoring. These advanced features help maintain a reliable signal for every monitored patient, minimizing data loss and transmission interruptions.
With ApexPro FH, vital patient information can be accessed through a variety of mobile and bedside viewing devices, enabling continuous monitoring, workflow efficiency, and clinical flexibility. By providing caregivers with real-time clinical intelligence anytime and anywhere, ApexPro FH supports rapid response to critical situations, helping biomedical engineers and clinical staff optimize patient safety, telemetry performance, and network reliability across hospital units. (Generated by AI)
1ReplyTue Mar 13 2018 | no RF on another system I repaired a transceiver and it worked on my system buy when it was taken to a clinical unit, it did not work. what is going on?Reply |
2RepliesFri Aug 11 2017 | AP Sequence Table Mismatch AP Sequence Table Mismatch, why am I getting this?Reply |
1ReplyWed May 17 2017 | Adding FH to Apexpro CH system How do I add ApexPro FH to a CH system?Reply |
[list] [*] ApexPro FH uses the GE EK-Pro clinical algorithm, which processes and analyzes four independent, simultaneous ECG leads. Plus, an innovative Smart Leads Fail feature helps to reduce false ECG alarms. [*] With GE EK-Pro, ApexPro FH supports advanced atrial fibrillation detection and alarming. [*] ApexPro FH has the capability to monitor two V-leads on each patient. [*] Pace detection across two vectors improves the systems ability to see and recognize a wide variety of pacemakers. [*] The flexible design of ApexPro FH allows each transmitter to monitor only the parameters each patient requires. Continuous monitoring of ECG and SpO2, and episodic monitoring of NIBP and temperature allow caregivers to tailor monitoring according to the patients acuity. [/list]